The spacetime solution presented in this paper is a generalization to the novel solution reported in our previous work, namely the magnetized Taub-NUT spacetime [1]}. Obviously, the similar solution generating method should apply if one considers the Kerr-Taub-NUT solution as a seed. Discussing the extremal Kerr/CFT correspondence to the obtained magnetized Kerr-Taub-NUT black hole also worth our consideration, i.e. extending the works in [2]}, [3]} to the case with NUT parameter. Also we have showed a problem in getting the charges associated to the spacetime in section REF . It appears that the presence of NUT charge leads to an unexpected but finite result for the total electric charge in the spacetime. However, the angular momentum investigation gives us a singular value which a typical issue in the spacetime with NUT parameter [4]}. On the other hand, defining such conserved quantities in a magnetized spacetime is not a trivial problem as well [5]}, [6]}. Finding the proper mass, angular momentum, and electric charged in a magnetized spacetime with NUT parameter is a project we would like to pursue in the future.
